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Small Unmanned Aerial Systems (sUAS) Program

The Vermont Association of Conservation Districts (VACD) aims to increase the implementation of conservation practices to reduce agricultural non-point source pollution, improve soil health, support farm viability through conservation planning, and provide technical and financial assistance processes. The VACD-UAV Program aims to use UAV technology to aid planners, engineers, and wetland restoration staff to enhance efficiencies with their time spent in the field monitoring, inspecting, inventorying resources, and surveying.

UAV technology is multipurpose and can accommodate many project types to aid in real-time data delivery to stakeholders. VACD has been using this innovative technology to acquire up-to-date aerial imagery and elevation data quicker and cheaper when compared to contracting other entities. Capturing up-to-date aerial imagery allows staff to monitor change over time without needing to conduct lengthy manual surveys and can be particularly useful in hard-to-reach areas such as eroded streambanks or flooded wetlands.

The VACD UAV Program was co-founded by Izzy Bazluke and Lauren Newman. Currently, the program is led by Luc Burnier, Will Ebby, and Shannon Harty who all have FAA Part 107 Remote Pilot licenses. The VACD-UAV project management team is composed of the three pilots, the VACD Conservation Programs Manager, the VACD Executive Director, and the VACD Finance Director. Pilots perform the bulk of the VACD-UAV program operations, including developing program systems and forms, soliciting and planning projects, interfacing with conservation planners, flying projects, interpreting and sharing resulting data, delivering online and in-person presentations, and preparing program reports.

Meet the Fleet:

Bessie Flyson, named after Bessie Coleman, the first African American woman and first Native American to hold a pilot license. She’s a Matrice 300 RTK (Real-time kinematic) Quadcopter equipped with an interchangeable RGB camera and can collect orthomosiac imagery with sub-meter level accuracy due to her RTK capabilities. Digital elevation and surface models, point clouds, and contour lines can be derived from her imagery. She can take high quality videos, oblique photos and can fly in large areas for long periods of time.

Rachel Flyson, fondly named after biologist Rachel Carson, is a DJI Phantom 4 Pro V2.0. Like Bessie, she collects RGB orthophotos, digital elevation and surface models, point clouds, contour lines, videos and oblique photos. She’s significantly smaller than Bessie, allowing for better use in narrow areas and for surveying smaller areas. However, she’s not RTK equipped and has a significant less amount of flight time per battery.

Check out our StoryMap for more information.

Project Partners:

Current U.S. Department of Agriculture-Natural Resource Conservation Service (USDA-NRCS) drone policy is based upon rules and regulations from USDA, Federal Aviation Administration (FAA), General Services Administration (GSA) and Congress. While USDA-NRCS is not permitted to own or operate UAV technology, it can partner with outside entities, like soil and water conservation districts, to operate drones on their behalf and in support of Farm Bill programs. VACD functions as the owner and operator of the UAVs. The program enters into an annual agreement with NRCS regarding the scope and scale of UAV activities in exchange for NRCS providing staff funding support, office storage space, and conservation project proposals. This VACD-NRCS program partnership is unique within USDA-NRCS and has received national recognition for its innovation.

Conservation Innovation Grant (CIG):

VACD received a Conservation Innovation Grant (CIG) through USDA-NRCS to expand the UAV Program through the acquisition of the Matrice 300 RTK enterprise drone. This UAV can capture data for longer periods in more variable conditions. The Matrice 300 has Real-time kinematic (RTK) and post-processed kinematic (PPK) capabilities which allows pilots to capture highly accurate data on larger areas with minimal upfront labor costs. Additionally, this UAV allows for camera/sensor interchangeability, such as a multispectral or thermal imaging. VACD has recently acquired a multispectral sensor, allowing for the capture of information outside the visible light spectrum. VACD aims to utilize this sensor to monitor crop heath and efficiently identify invasive species.

The CIG has allowed VACD and the USDA-NRCS partnership to expand upon its initial UAV program with the addition of the enterprise UAV, enabling the partnership to better target and address resource concerns throughout Vermont.

The goals of the CIG are to:

Determine the value of UAV technology in all phases of the conservation planning process, including assessment, design, and monitoring.
Determine the value of UAV technology in conservation planning in a variety of production contexts, including dairy/livestock, vegetables, orchards, and urban agriculture.
Determine the value of UAV technology in conservation planning for a variety of conservation practices, including farmstead practices, agronomic practices, and riparian and wetland restoration.
Increase the understanding and ability of NRCS, VACD and NRCD conservation planners to integrate UAV technology into the conservation planning process, including mobile tools.
Increase the understanding and comfort level of agricultural producers regarding the utilization of UAV technology in the conservation planning process.
Familiarize Conservation Districts and others who may be interested in establishing their own UAV program, with the requirements, processes, costs, and tools of such a program.